Could storing emissions underground be the answer?

University of Queensland research is helping identify the safest geological conditions to store CO2 emitted from power plants deep below the surface, to help Australia reduce its emissions in line with the Paris Agreement.

Bacterial virulence is stimulated by burns

Sepsis constitutes the main cause of disease and death in people suffering from severe burns. This results from the dissemination of pathogens in the body, including Pseudomonas aeruginosa, one of the three bacteria most ...

Nitrogen is a neglected threat to biodiversity

Habitat destruction and the direct exploitation of species often occupy center stage in discussions of biodiversity perils. However, indirect harms, such as that posed by nitrogen pollution, remain underappreciated and poorly ...

Why our native plants are not so special after all

New Zealand's native plant life is renowned by botanists the world over for its uniqueness. But scientists at Victoria University of Wellington are calling into question a long-held belief about our flora, saying that maybe ...

Research links prescribed burning to reduced tick populations

In the spring, summer and early fall months, lone star ticks, the most common type of tick in Georgia, spike in activity and may transmit pathogens that could cause disease in humans. According to newly published University ...

Burying the climate change problem

Burying the greenhouse gas carbon dioxide, a byproduct of burning fossil fuels, has been mooted as one geoengineering approach to ameliorating climate change. To be effective, trapping the gas in geological deposits would ...

An energy calculator to choose our future

EPFL's Energy Center has developed an information platform on energy transition. In particular, it proposes a national energy calculator to develop scenarios for Switzerland's energy future.

Land use looms as large factor in global warming

For the world's deteriorating environment, don't blame burning fossil fuels exclusively. Land use and land cover changes contribute about 40 percent to "radiative forcing," a key underlying factor in global warming, according ...

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